Motor stator iron core paint dipping tool

Abstract

The invention relates to a motor stator iron core paint dipping tool, and the tool comprises a base and a paint dipping device, wherein the paint dipping device is arranged on the base. The paint dipping tool can solve the current problems that existing paint dipping equipment cannot perform reciprocating rotation on an iron core being subjected to paint dipping, only the iron core is dipped in paint, and the paint is slowly attached to the surface of the iron core, so the paint dipping time of the iron core is prolonged, the paint is not uniformly attached to the surface of the iron core and then the normal work of the motor can be affected in the using process of the iron core; moreover, only one target is targeted at one time when an existing paint dipping device conducts paint dipping on the iron core, the iron core subjected to paint dipping is inconvenient to take and place, the paint dipping efficiency of the iron core is low, and the production efficiency of the motor is difficult to improve.

Description

technical field [0001] The invention relates to the field of motor production, in particular to a paint dipping tool for a motor stator core. Background technique [0002] The stator core is an important part of the magnetic circuit of the motor. It forms the complete magnetic circuit of the motor together with the rotor core and the gap between the stator and the rotor. The stator core is also the part where the winding is placed. When the motor is running, the core will be subjected to mechanical force, Combined effect of thermal stress and electromagnetic force. The electromagnetic, mechanical performance and quality of the motor have a great relationship with the stator core. In the process of design and processing, it is necessary to consider that the yoke of the core should not be too narrow. The punching sheet should meet the requirements of the pattern and the insulation treatment of the core punching sheet. There are three methods for the insulation processing of t...

AI Technical Summary

Problems solved by technology

[0003] At present, when impregnating the iron core of the motor stator, there are the following problems: ①The existing impregnating equipment cannot reciprocate the iron core being impregnated with paint, but only dips the iron core in the paint, so that the paint slowly adheres to the iron core The surface of the iron core will not only lead to longer immersion time of the iron core, but also make the paint adhere unevenly on the surface of the iron core, and then the iron core will affect the normal operation of the motor during use.

[0004] ② Existing paint impregnation equipment targets only one target at a time when impregnating the iron core, and it is inconvenient to pick and place the impregnated iron core, which makes the impregnation efficiency of the iron core low and it is difficult to improve the production efficiency of the motor

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